Tomorrow’s medical devices require flexible manufacturing solutions today.
For medical device manufacturers, compliance is the first among many challenges.
Makers of medical devices face short product cycles, high production volumes, and rapid New Product Introduction (NPI) cycles. The logistics involved in coordinating product development, approval, and marketing under these conditions are complex, to say the least. Staying on schedule requires end-to-end supply chain visibility, ensuring both the timely manufacture of devices and traceability in the event of defects. Paper based documentation systems lead to poor visibility, siloed data, and a significant quantity of non-value-added work as employees record discrete manual operations. All of this leads to high cost of quality.
Rapid NPI cycles
Quality and compliance are burdensome
High levels of non-value added work
Lack of visibility due to siloed data
Tulip’s no-code platform reduces cost of quality while making compliance seamless.
Tulip apps can help medical device manufacturers simplify instructions for complex processes, bring quality in-line, and enforce regulatory compliance. Electronic signatures, audit logs, and automatic data collection ensure data integrity and traceability. And the platform’s flexibility allows manufacturers to respond quickly to fluctuations in demand.
Turn your SOPs into interactive, IoT-connected apps.
Digital work instructions help enforce standard operating procedures and enforce quality in-line.
Learn more about the App Builder.
Make seamless compliance an inherent part of your digital transformation.
Audit logs and a digital approval process ensure 100% traceability into activity.
Gain real-time visibility into quality and production information.
Easily analyze process data for root cause analysis and optimization.
Learn about Tulip Analytics
Industrial-grade compliance.
FDA GMP
EAR
GDPR
ITAR
EU GMP
Case Studies
75% Reduction in Training Times
Tulip’s apps helped Dentsply Sirona cut training times by 75% while reducing errors in a complex kitting process
